Study And Implementation Of Interactive Control Systen For The Smart Glass

In recent years, Smart glasses products appearing thick and fast lead the development direction of wearable computing. Google glass released in April 2012 set off a new wave of wearable computing. Large companies of science and Technology and many start-ups have followed this trend, Facebook spent 2 billion dollars to purchase Oculus, Samsung are developing Gear glass as a key project in the start-up phase, and VIR as a start-up team has launched some smart glasses. Microsoft HoloLens a holographic smart glass will push the development of wearable computing technology to a climax. Along with more and more wearable products appear in the consumer electronics market, the wearable computing industry has been greatly improved, and as the representative of the intelligent mobile phone,wearable products like smart glass will become the global technology industry a new growth point.Although leads the wearable computing to a new era, the smart glass is not a perfect product.First, the interactive mode also has the very big limitation from the interactive performance of the smart glass. At present, the way of interactive control for smart glass mainly about speech, gestures and eye movement. But those interaction means still have many deficiencies: The process of speech recognition is susceptible to interference from external environment, gesture recognition has the Low precision, There is a big gap between the interaction of Humanization and eye tracking. In addition, the smart glasses is a new platform, the interface needs new design rules. Firstly, simple interface style is very important. Secondly, you should not to show much information in the same user interface. Finally, interactive interface should be designed flexibly, so you can switch tasks quickly.This paper focuses on the design of the smart glasses interactive control system, and implements a new interactive mean for smart glasses. At the process of design of the interactive control system for smart glasses, the smart watch is also considered to occupy a very important position in the wearable device market as a input vector of interactive mean. The main content of this paper includes the following three aspects:(1) The design and implementation of the binocular smart glass. The smart glass consists of the motherboard, optical display module, shell. Video playback is the main function of the smart glass,and the smart glass provide users with a good visual experience by the binocular optical modules.(2) Research on multi mode interactivecontrol system for the smart glass. We choose a smart watch and interactive handle as the interactive input devices for the smart glass. The touch screen of smart watch can accept input signal; The Interactive handle with Joystick and keys is designed specifically for the smart glass.(3) Design the system architecture, Implement user interface and Applications. You should Combine with interface design of smart glasses during designing user interface. The implementation of video player application adopts a special video frame.